TW449702B - Adaptive computer display screen window - Google Patents

Abstract

The invention monitors user edit actions to window properties, as the edit actions develop over some time period of a first computer operating session. The invention then creates a user profile reflecting such editing actions, for instantiation of an instant window in a second operating session, the instant window responding to and reflecting the user edit actions developed or prompted over the first operating session.

Description

V. Description of the invention (1) Field of the invention The present invention is a method of a window. Introduction to the invention. Computer code. Computer display. Display screen. When such an editing action is set for the display camp, the editing image may or may take precedence over the inventor's research example of the invention, which is implemented in a different place called the special invention. (I) is displayed on the screen 4 4 97 0 2 The following sequence of events is included with regard to computer systems and the provision of adaptive computer display screen operations. The camp screen is presented to the user at the beginning of the first operation phase. Subsequently, in the first operation stage, the user usually edits the window arbitrarily, such as enlarging or reducing the window, and dividing the window into a plurality of independently changing the color, font, or topology of each screen window. Editing usually invalidates previous changes. In this way, at the end of the first operation phase, the original inside window has been replaced by the last image edited by the user: including zoom in, zoom out, color, font, etc. The final image (depending on the specific computer system) is not called in the opening display window of the second operation stage.

Further improvement: fine :: a kind of computer operation instructions, it can give the computer the new ability to display the screen when the operation phase is instantaneous. > I's novel ability < In the present invention: Realization > The first computer operation method of the present invention 'includes the following steps: An operation phase, which is determined to be displayed in the electrical properties under built-in conditions;

_4 4 97 Ο Ρ ______ V. Description of the invention (2) (ii) Monitor the changes in the nature of the prompts entered by the user to perform changes in the built-in conditions of the window, thus reflecting the user-specific window activities developed by the user in the first operation stage Style; (iii) forming a reference item including step (ii) history of window activity style; and (iv) 'using the reference item during the second operation phase to generate a transient window of the display, the transient window has been created by the built-in condition window "Adapt to modify" so its nature is interactively related to the user-specific window activity style developed by the user in the first operation stage. Thus, comparing the present invention with the aforementioned prior art now shows a significant difference. 5 When the editing action of the prior art is developed over time, instantaneous editing usually invalidates the previous editing action. However, the present invention is sharply contrasted. The present invention monitors such editing actions (that is, it does not invalidate the previous edit as a resource roar). As a result, a user profile is formed, reflecting that the user is at least in the operation stage. A limited section of editorial action developed. In this way, it is possible to present and display the daytime surface in the second operation stage. This screen understands and reflects the user's special subjective window that has developed over time or weighed by the user. Preferably, step (i) of the method includes determining the status of the built-in condition by registering at least one of the font, color, location, shape, and content of the built-in window. Steps of the method (iii) include the formation of a reference term, which is determined by (1) using the frequency of the user's window activity; or (2) calculating the expected value of the maximum probability of the nature of the user's window activity; or (3) using by The image style displayed at the end of the operation phase.

Page 5 4497〇2_ V. Description of the invention (3) The preferred steps (i i) include forming a reference item including a history of user window activity with fragmented development. The second aspect of the present invention discloses a method that can be placed by a machine. The device can tangibly express the instruction stored in the program stored in the program stored by the machine and provide an adaptive window display screen. The following steps: Step 'The method package (1) determines the nature of the window with the built-in screen in the first operation stage; to be displayed on the computer (ii) monitors the nature of the prompts entered by the user to change the setting conditions, thus reflecting For the first operation, compare / execute the user's special window activity style in the window; ', 6 segments of user development and (iii) form a reference item containing step (丨 i) History of the style of activity in u: (iv ) During-=. During the second transfer phase, using the reference instantaneous window, when the weight γ 丄 3 is used to generate the display, J / h L h is adaptively modified by the built-in condition window and interactively associated with the first operation phase. The user sent & the stomacher's special window activity style β. The mouther developed the use of 2 hairs: In the third aspect, it revealed a computer system suitable for providing-adaptive computer screen view® ... with no screen, The system includes: A (1) a central processing unit element used to determine the window property to be displayed on the computer screen under the built-in conditions in the first operation stage; (11) a central processing unit element used to monitor the input prompts of the user Changes in the nature of the window to implement changes in the built-in conditions of the window, thus reflecting the user-specific window activity style for user development in the first operation stage;

Page 6 449702 Five 'invention description (4) (iii) Card central processing unit element is used to form a reference item including step (ii) history of window activity style; and (iv) central processing unit element is used in the second operation stage During this period, the reference item is used to generate a transient window of the display. The transient window has been adaptively modified by the built-in conditional window, so its nature is interactively related to the user's special window activity style developed by the user in the first operation stage. A fourth aspect of the present invention discloses a computer system including: (i) an open loop structure including: a) a built-in curtain node; b) a summing node; c) a first derived from the built-in screen node The input vector is used to input to the totalization node and includes a computer display built-in screen from a previous operation stage: ste · — d) — The second input vector to the totalization node includes a user-generated display screen Inputting to the summing node during the current operation phase; the summing node can receive the first and second input vectors and output a first signal; and e) a display processing module that receives the first signal and outputs a display screen; And (ii) a closed loop structure includes a feedback loop that closes the open loop structure by: a) sensing the current display of the day-to-day changes; < b) memorizing the history of changes obtained during the current operation phase ; And c) produce a display screen that is a change from the current stage of operation

Page 7 449702 V. Description of the invention (5) ------ = There is an interactive relation 'The built-in glory used to output 1 to the built-in f-screen node is used to render when the subsequent operation phase is triggered instantaneously. Brief description of the invention The present invention will be described by way of example in the accompanying drawings, in which: a computer display screen window is displayed, which indicates the built-in conditions in the presentation; V h α " shows a user modifying the screen window shown in FIG. 1 The changes are changed with the development of the first operation stage. The built-in conditions of the window are displayed on the computer. The second stage of the display is an instantaneous display window. Xi Er has been adaptively modified from the built-in condition window in Figure 1. Basin: interconnected and further improved by computer; 弋 有 parent = shows one way to implement the invention; operation flow chart, and b shows a feedback control system which represents the previous technical formula. The system and the concept of the present invention are described in detail. The present invention summarizes the foregoing and discloses a novel structure / interface. The conclusion of β Xinbei said one, = Figure 1 (No. 丨 〇_22) shows the built-in display of the computer display screen window during its operation stage. In the figure ^ ‘’, in the blood based on this field (Shang Cui, Gongzhang, etc.): the screen is also selected by the typical user of the current window style system ^ Seeking the same system. . Is composed of multiple rows of related child windows (12,). These windows contain large

-± A 97 Ο? _______ V. Description of the invention (6) The semi-users need the set of windows for daily routine work. Β menu bar (not shown) allows users to create / delete windows' input / output data. View data, store information in files or print information, save / retrieve previous layout, automatically execute instructions at prescribed time, display information in several formats, enable / disable special actions, or access other user-generated data. Online help is also provided. The user can now freely add, delete or modify the built-in style of Fig. 1, as shown in Figs. 2a-d, the numbers 24--114 are displayed in a progressive manner. Note that it is in sharp contrast with the prior art. The present invention monitors such users' modification of the built-in windows in FIG. 1, and keeps track of the user's activities and the window styles developed in the first operation stage, forming a reference history. & The control action is only prompted to include a delimitable distinction from a specific user change set shown in Fig. 2a to a second-user change set shown in Fig. 2, for example. User activities can be tracked through several technologies, which can be based on time, window changes, or other tracking. For example, from Figure 2c to Figure 2d, the user can modify the "Gaussian" window size and move the "Table" above the Gaussian that has been resized. At this time, the computer "remembers" two layouts: one is that Shans has been resized, and the other is that the watch has been moved to a different size. The signal of the special "memory" window at the top of Sri Lanka appears: "Focus" is removed from the current window and the new focus is not the window (so two consecutive actions on the same window are treated as one unit and thus the final window is remembered). In another way, the computer can "wait" for a specified time and then "remember" the screen layout. Indicates that at the specified time if the current screen has not

4 4 97 Ο 2 V. Description of the invention (7) Change (within the specified tolerance) 'sends a signal to "remember" the screen. The contents and significance of the expansion in circle 2a-d will now be explained. Circle 2a shows the first-user to modify the screen layout. The layout of 保留 2a is retained if = the Rongquan window is set in Figure 1. At the same time, some new windows such as small circular flags (26) are deleted. Some old windows (16) and Reflow diagram] Topology. Figure showing a second user modifying the screen layout. Pay special attention to the right line of the picture, the view has been moved to the left of the camp by the user, and the small picture of the circular window has been moved to the right. Figure 2c shows the screen layout of the general Sumo study of the second user when modifying the total line and 2b. The user usually keeps the graph, Λ reverses the right-hand circular small flag / conical small graph. The changer calls the game. Here the user keeps the Cartesian tongue 玖 Γ: but changes the topological arrangement of the Bank of China's Gaussian curve-most i 'hi / ^ ^ so the windows are spaced up and down instead of left and right. According to the present invention, when the user starts the second operation phase, the screen layout is modified. First, pay attention to the picture ~ 就 定 # ° Sigh. The screen in Figure 1 is different because it reflects and works in the second stage. Modifications (ie Figure 2 "). In this way, the solid material icon of 1 picture (the screen is set in the picture; left; right line: the better (, c, d) phase chess 2d) of picture 幡 (that is, left), the layout of the shoulder curtain can be The difference between the last screen of the user (Figure 2 Topology 1 ::; the development of clever science, ㈣, ·, c development) exceeds the preference topology of the last user

Page 丨 0 4 / 1-9 7 〇2 V. Description of the invention (8) Science (Figure 2d); So Figure 2e (similar to Figure 2b and c) is not similar to Figure 2d, Figure 2e shows the edge-to-edge setting (instead of Set up and down) Gaussian-Cartesian grid. Figure 3 numbered 11 6-1 3 2 shows additional capabilities of the present invention. Figure 2e The computer-generated screen that responds separately to user input can be additionally modified to capture the optimal interaction or constraint position beyond the user's instantaneous input. When starting a new phase, the present invention presents the user to his expectations of both. The best estimated state of the window style is shown in Figure 2 e No. 9 8. This screen is based on the analysis of a user's special window activity spanning not only the previous stage but also several other previous stages (sequentially or statistically). The typical operation is as follows, and generally refer to the flowchart of Fig. 4 (No. 134-154). _ 1 _ Users start: a new phase. The present system estimates a daytime display that displays a built-in daytime display and displays the window style desired by the user. It can be arranged using decreasing frequency. 2 · The user modifies the window style according to the current needs. The invention keeps track of user activity. 3. User selects and modifies one or more window contents. The present invention monitors user activity on window contents. 4. When finished, the user presses the save button to save the day and start a new application, or simply switches to a new application. In this case, the present invention will be implemented in a new stage of this application. Respond to analysis when rendered and present a better window style.

Page U 439702 V. Description of the invention (9) Instead of generating a new style, the user can again call the stored style and execute the style again, or set to automatically call and execute the stored query (such as daily or every Week activity query). Can be executed through the menu system. Note that all of these capabilities exist on the fewest screens in a way that is extremely easy to use and teach. Users do not need to understand or unlock several layers of windows and dialog boxes to achieve their goals. As for the important ability of integration, the display format can be changed automatically by the computer (Figure 3). The computer keeps the frequency file for each activity and associated display day specified by the user. This use frequency is preferably maintained through several stages, so it constitutes an average of the mobile use frequency, and thus determines the importance measurement of each action. All actions / items with a measured value greater than the user-selected threshold can be automatically selected for preliminary display, and can be displayed in unit-by-unit mode on the fewest days of the camp screen. For example, as discussed above, Figure 2e is the result of the initial screen layout of Figure 1 presented to the user by the user at the beginning of this phase after modification. Therefore, the lower-ranked display is rushed to the secondary screen, and the computer automatically overlaps the grid on its screen, thus dividing the screen into multiple display units. The selected display is based on the selected frequency configuration, and as a result, the optimal layout of each user's specific activity pattern is obtained. After computer analysis, the modification / improvement of the daytime display is shown in 圊 3. Improvements can be identified. Fig. 5c shows that the feedback control circuit presents the concept of the present invention. Iron silence 'is usually compared with the prior art failure control circuit of Fig. 5a'b. It should be understood that the present invention can use multiple separate exclusive or programmable products

Page 12 449702 V. Description of Invention (ίο) or other electronic circuits or devices (such as wired electronic or logic circuits such as discrete component paths or programmable logic devices such as PLDs, PLAs, PALs, etc.). A properly programmed general-purpose computer such as a microprocessor, microcontroller, or other processor device (CPU or MPU), alone or in combination with one or more peripheral (such as integrated circuit) data and signal processing devices, can be used to implement the invention . Generally, any device or combination of devices that can execute the limited state of the flowchart shown in Figure 4 can be used as the controller of the present invention. Explanation of component symbols 1 72 feedback node 174 new built-in 1 76 feedback control circuit 178 built-in screen 1 80 user modified 182 display screen 1 84 feedback point 186 sensing change memory past history generation interactive display screen

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Claims (1)

449702 6. Scope of patent application 1. A computer operation method, including the following steps: (i) in the first operation stage, determine the nature of the window to be displayed on the computer screen under built-in conditions; (ii) monitor prompts input by the user The nature of the window is changed to implement the changes in the built-in conditions of the window, thus reflecting the user-specific window activity styles developed by the user during the first operation phase; (iii) forming a reference item containing step (ii) a history of window activity styles; and ( iv) During the second operation phase, the reference item is used to generate a transient window of the display. The instant window has been adaptively modified by the built-in condition window, so its nature is interactively related to the user's development in the first operation phase to make the same special. Window activity style. 2. For the method of claim 1 in the scope of patent application, wherein step (i) includes determining the status of the built-in condition by registering at least one of the font, color, position, shape, and content of the built-in window. 3. The method according to item 1 of the scope of patent application, wherein step (i i) includes monitoring the change of nature prompted by the user during the entire first operation phase. 4. The method of item 1 in the scope of patent application, wherein step (i i i) includes forming a reference item by determining the frequency of the user's window activity. 5. The method according to item 1 of the scope of patent application, wherein step (i i i) includes calculating the expected value of the highest probability of the nature of the user's window activity to form a reference term. 6. The method according to item 1 of the patent application scope, wherein step (i i i) includes using the last style displayed by the user in the application to form a reference item. Page 14 4 4 9 7 0 2 VI. Apply for special articles ® " ---- 7. If you apply for a patent, include the method around the first item 'Where the step is wrong ([[丨] Baoren a reference item is included in several History of user activity patterns developed during the operation phase = -8. — A machine-readable program storage device that can step-by-step perform a program that can be executed by the machine to execute a program that provides a window to display the day and time. The steps of the method, the method includes the following steps: (i) in the first operation stage, the window properties determined by the built-in conditional brain screen are determined; Bedin Yuer (i I) monitors changes in the nature of prompts input by the user to The implementation of the changes in the built-in conditions of the window, thus reflecting the user-specific window activity styles for user development in the first stage of operation; (1 1 1) forming a reference item including step (ii) history of window activity styles, and '(1 v) During the second operation stage g, the second use of the reference item to generate the instantaneous window of the display 'The instantaneous window has been adaptively modified by the built-in conditional window, so its nature is related to the development of the first-stage user Special window-like activity <. 9. An electric shoe system suitable for providing an adaptive computer screen window display screen, the system includes: (i) a central processing unit device for determining in a first operation stage to be displayed on a computer screen under built-in conditions The nature of the window; (ii) The central processing unit device 'is used to monitor the change of the nature of the prompt input by the operator to perform the change-change of the built-in conditions of the window, thus reflecting the user-specific characteristics of the user development in the first operation stage. Window activity style; (iii) a central processing unit device for forming a window activity Page 15 449702 VI. Reference items for the history of patent application scope; and (iv) a central processing unit device used to generate a transient window of the display using the reference item during the second operation phase, which has been built-in The conditional window is adaptively modified, so its nature is interactively related to the user's special window activity style that enables the two to develop in the first operation stage. 1 0. A computer system including: (i) an open loop structure including: a)-a built-in camp screen node; b)-a force σ total node; C) a first input derived from the built-in screen node The vector is used to input to the summing node and includes a computer display built-in screen from the previous operation phase; d) — The second input vector to the force total node includes a user-generated display screen for the current operation phase Input to the summing node; the summing node may receive the first and second input vectors and output a first signal; and e) a display processing module that receives the first signal and outputs a result display screen; and (ii) ) A closed loop structure, including a feedback loop, which closes the open loop structure by: a) sensing the current display of the day-to-day changes; b) memorizing > the history of changes in the current operating phase; and c) Generate a display screen which is interactively related to the change history of the current operation stage development, and is used to output a new built-in screen to the built-in screen node Page 16 449702 Page 17